Description
HCTL2016 is an Interface Circuit designed by Agilent/Hewlett Packard. It features a CMOS architecture, housed in a PDIP16 or DIP-16 package. The HCTL2016 serves as an essential component for connecting different electronic systems or stages within a design. Its introduction focuses on understanding its functionality, compatibility with other components, and the role it plays in circuit assembly.
Features
The HCTL2016 interface circuit features a CMOS technology in a PDIP16 package, also compatible with DIP-16 form factor. It serves as an intermediary component for signal transmission or system integration. However, it does not have any specific additional features beyond its basic functionalities.
Package
The package type of HCTL2016 is Dual-In-Line Packages (DIP-16 or PDIP16).
Manufacturer
The manufacturer of the HCTL2016 is Agilent Technologies (previously known as Hewlett-Packard). Agilent is a technology company that specializes in scientific, engineering, and communication solutions. Founded in 1997, it operates globally and continues to innovate in various industries.
Applications
The HCTL2016 interface circuit has a broad range of potential applications, particularly in data communication, signal processing, and embedded systems. It serves as a bridge between digital and analog domains.
HCTL2016 FAQs
1.Q: What are related parts to the HCTL-2016SS in Agilent's lineup?
A: Similar quadrature decoder/counter ICs include HCTL-2000 and HCTL-2020 series, though pin compatibility should be verified for replacements.
2.Q: Does the HCTL-2016SS comply with RoHS standards?
A: No, this part has Tin/Lead (Sn/Pb) termination and is marked with Rohs Code "No".
3.Q: What package type does the HCTL-2016SS use?
A: Plastic/Epoxy DIP (Dual-In-Line Package), 16-pin, 7.62mm width × 19.05mm length, with 4.19mm seated height.
4.Q: What is the recommended operating condition for HCTL-2016SS power supply?
A: Nominal 5V supply (4.5V min, 5.5V max) with industrial temperature range (-40°C to +85°C).
5.Q: What are the absolute maximum ratings for the HCTL-2016SS?
A: Supply voltage must not exceed 5.5V (min 4.5V), operating temperature range is -40°C to +85°C, and storage temperature should stay within -65°C to +150°C.
6.Q: In which applications is the HCTL-2016SS commonly used?
A: Typical applications include motor position/speed control, CNC machines, robotics, and any system requiring high-resolution quadrature encoder signal processing.
7.Q: What are the key features of the HCTL-2016SS interface IC?
A: Key features include CMOS technology, 5V power supply operation, industrial temperature range (-40°C to +85°C), and dual-in-line package (DIP16,.3) with 2.54mm terminal pitch.
8.Q: What is the pinout configuration of the Agilent/Hewlett Packard HCTL-2016SS quadrature decoder?
A: The HCTL-2016SS uses a standard 16-pin DIP layout (JESD-30: R-PDIP-T16) with THROUGH-HOLE terminals. Pin functions include quadrature inputs (A/B), counter outputs (D0-D7), and control signals like /OE and /RST.
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